Maybell Quantum, established in Denver and set to create devices to accommodate the ever-growing quantum computing technology, has come out of obscurity today and is launching Icebox.
Share on facebook
Share on twitter
Share on linkedin
Share on pinterest
Share on whatsapp

If you buy something from a this link, myelectricsparks Media may earn a commission. See our Read More.

Maybell Quantum's Icebox is a small fridge for huge quantum computers.
Image Credits: Maybell Quantum

The name implies the fact that Icebox is a cryogenic technology that can chill quantum processors to minimum temperatures needed to run a highly efficient quantum computer. In the past, these were huge systems, but Maybell claims that Icebox can handle three times the number of qubits in less space than the present configurations.
“You often see this picture of the stunning golden chandelier. It’s an incredibly stunning image but what you don’t notice is the other things that go with the chandelier’s golden hue, which is anywhere about two to three hundred square feet of wires and tubes as well as compressors and pumps, liquid nitrogen dewars, non-contact cooling water, and all the other items that are needed to get the base of that chandelier to millikelvin temperatures” Maybell CEO and founder Corban Tillemann-Dick told me.

It’s capable of this because the refrigerator it uses has the superconducting capability in the range of 4500 “Flex lines,” as the company calls them. They are quantum wires that transmit less heat and vibration (the quantum system’s enemies) compared to standard wiring. Tillemann-Dick explained that while the Icebox is focused on cooling, wiring is an essential element of the solution. “Folks work hard to isolate their qubits vibrationally, and they’ll put them on floating foundations,” he stated. “They’ll place them in separate rooms, and they’ll contain all these copper braids and all that. However, the semi-rigid coax cables are used to connect with your qubits; they’re similar to sticks. You place them on the other end, and they extend out in a straight. This is the primary source of the sound that qubits detect in a large system. “

Because of this breakthrough in cabling, this Icebox is smaller in size, yet it can hold the 4500 superconducting wires required to operate the quantum processor.
Tillemann-Dick, who previously served as the head of Boston Consulting Group’s quantum division and also explained that the firm could design the appliance from scratch, and through this process, was able to create a design that was human-centric in an industry that has focused on making their equipment accessible to users. This is because the refrigerator features an access door that lets users enter the appliance, for example, and for instances where you have to finish a complete wiring change, such as when it has doors to conduct wiring swaps. The Icebox is essentially the size of a mini forklift which allows users access to the entire. The desk is tiny and can be folded off its rack to permit users to complete their work.

Maybell Quantum's Icebox is a small fridge for huge quantum computers.
Image Credits: Maybell Quantum

This isn’t about benches surrounding Cray’s older supercomputers, but it focuses on the user experience, something the supercomputers currently equipped with quantum cooling don’t possess.

“I realized that this was a company that was supposed to be in existence when it came to doing strategic work for quantum players in Boston Consulting Group], and told myself, ‘listen,’ I’m not going make an impact on some of those cubits. Additionally, they seemed to be a ticket for a raffle for me. However, when it comes to improving supply chain and applying human-centered design principles to issues I have extensive knowledge of and solving,'” Tillemann-Dick stated when I asked him about the process, which led him to concentrate on this particular aspect within the quantum ecosystem. Alongside his colleague Professor. Kyle Thompson, Perhapsll’s

CTO and co-founder who has extensive practical experience with cold chain systems. Business and the team to work on their cooling solution. They also secured capital for the seed phase.

Maybell claims that it has received orders from “DARPA, NSIC/DIU, and leading research universities,” all of which are certain to be impressed by the Icebox Icebox is, in essence, an ordinary two-track system and not a full-room machine.

“Labs similar to mine on the cutting-edge in quantum science face a crucial demand for high-quality small space cryogenic equipment. That’s exactly what Maybell is developing. It will allow us to do more research faster and speed up our contributions towards Quantum Sciences,” said Professor Javad Shabani of NYU’s Shabani Lab for Quantum Materials & Devices.

The quantum computing field is rapidly evolving nowadays. It’s as a time of transition in which some of the largest companies with a good amount of money like D-Wave, IBM, Rigetti and IonQ are working to manage the whole stack as they can to create something more similar to the traditional computing environment, with a variety of highly specialized players who provide the components that system integrators make by their and their customer’s requirements. It will be played across all levels of the ecosystem that includes controlling hardware and software, quantum processing units themselves, and the basic technologies, like, in this instance, sub-Kelvin refrigeration.